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|
# Copyright (C) 2006, 2007 Canonical Ltd
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
"""Tests for the smart wire/domain protocol.
This module contains tests for the domain-level smart requests and responses,
such as the 'Branch.lock_write' request. Many of these use specific disk
formats to exercise calls that only make sense for formats with specific
properties.
Tests for low-level protocol encoding are found in test_smart_transport.
"""
import bz2
from cStringIO import StringIO
import tarfile
from bzrlib import (
bencode,
bzrdir,
errors,
pack,
smart,
tests,
urlutils,
)
from bzrlib.branch import Branch, BranchReferenceFormat
import bzrlib.smart.branch
import bzrlib.smart.bzrdir, bzrlib.smart.bzrdir as smart_dir
import bzrlib.smart.packrepository
import bzrlib.smart.repository
from bzrlib.smart.request import (
FailedSmartServerResponse,
SmartServerRequest,
SmartServerResponse,
SuccessfulSmartServerResponse,
)
from bzrlib.tests import (
split_suite_by_re,
)
from bzrlib.transport import chroot, get_transport
def load_tests(standard_tests, module, loader):
"""Multiply tests version and protocol consistency."""
# FindRepository tests.
bzrdir_mod = bzrlib.smart.bzrdir
scenarios = [
("find_repository", {
"_request_class":bzrdir_mod.SmartServerRequestFindRepositoryV1}),
("find_repositoryV2", {
"_request_class":bzrdir_mod.SmartServerRequestFindRepositoryV2}),
("find_repositoryV3", {
"_request_class":bzrdir_mod.SmartServerRequestFindRepositoryV3}),
]
to_adapt, result = split_suite_by_re(standard_tests,
"TestSmartServerRequestFindRepository")
v2_only, v1_and_2 = split_suite_by_re(to_adapt,
"_v2")
tests.multiply_tests(v1_and_2, scenarios, result)
# The first scenario is only applicable to v1 protocols, it is deleted
# since.
tests.multiply_tests(v2_only, scenarios[1:], result)
return result
class TestCaseWithChrootedTransport(tests.TestCaseWithTransport):
def setUp(self):
tests.TestCaseWithTransport.setUp(self)
self._chroot_server = None
def get_transport(self, relpath=None):
if self._chroot_server is None:
backing_transport = tests.TestCaseWithTransport.get_transport(self)
self._chroot_server = chroot.ChrootServer(backing_transport)
self._chroot_server.setUp()
self.addCleanup(self._chroot_server.tearDown)
t = get_transport(self._chroot_server.get_url())
if relpath is not None:
t = t.clone(relpath)
return t
class TestCaseWithSmartMedium(tests.TestCaseWithTransport):
def setUp(self):
super(TestCaseWithSmartMedium, self).setUp()
# We're allowed to set the transport class here, so that we don't use
# the default or a parameterized class, but rather use the
# TestCaseWithTransport infrastructure to set up a smart server and
# transport.
self.transport_server = self.make_transport_server
def make_transport_server(self):
return smart.server.SmartTCPServer_for_testing('-' + self.id())
def get_smart_medium(self):
"""Get a smart medium to use in tests."""
return self.get_transport().get_smart_medium()
class TestSmartServerResponse(tests.TestCase):
def test__eq__(self):
self.assertEqual(SmartServerResponse(('ok', )),
SmartServerResponse(('ok', )))
self.assertEqual(SmartServerResponse(('ok', ), 'body'),
SmartServerResponse(('ok', ), 'body'))
self.assertNotEqual(SmartServerResponse(('ok', )),
SmartServerResponse(('notok', )))
self.assertNotEqual(SmartServerResponse(('ok', ), 'body'),
SmartServerResponse(('ok', )))
self.assertNotEqual(None,
SmartServerResponse(('ok', )))
def test__str__(self):
"""SmartServerResponses can be stringified."""
self.assertEqual(
"<SuccessfulSmartServerResponse args=('args',) body='body'>",
str(SuccessfulSmartServerResponse(('args',), 'body')))
self.assertEqual(
"<FailedSmartServerResponse args=('args',) body='body'>",
str(FailedSmartServerResponse(('args',), 'body')))
class TestSmartServerRequest(tests.TestCaseWithMemoryTransport):
def test_translate_client_path(self):
transport = self.get_transport()
request = SmartServerRequest(transport, 'foo/')
self.assertEqual('./', request.translate_client_path('foo/'))
self.assertRaises(
errors.InvalidURLJoin, request.translate_client_path, 'foo/..')
self.assertRaises(
errors.PathNotChild, request.translate_client_path, '/')
self.assertRaises(
errors.PathNotChild, request.translate_client_path, 'bar/')
self.assertEqual('./baz', request.translate_client_path('foo/baz'))
def test_transport_from_client_path(self):
transport = self.get_transport()
request = SmartServerRequest(transport, 'foo/')
self.assertEqual(
transport.base,
request.transport_from_client_path('foo/').base)
class TestSmartServerBzrDirRequestCloningMetaDir(
tests.TestCaseWithMemoryTransport):
"""Tests for BzrDir.cloning_metadir."""
def test_cloning_metadir(self):
"""When there is a bzrdir present, the call succeeds."""
backing = self.get_transport()
dir = self.make_bzrdir('.')
local_result = dir.cloning_metadir()
request_class = smart_dir.SmartServerBzrDirRequestCloningMetaDir
request = request_class(backing)
expected = SuccessfulSmartServerResponse(
(local_result.network_name(),
local_result.repository_format.network_name(),
('branch', local_result.get_branch_format().network_name())))
self.assertEqual(expected, request.execute('', 'False'))
def test_cloning_metadir_reference(self):
"""The request fails when bzrdir contains a branch reference."""
backing = self.get_transport()
referenced_branch = self.make_branch('referenced')
dir = self.make_bzrdir('.')
local_result = dir.cloning_metadir()
reference = BranchReferenceFormat().initialize(dir, referenced_branch)
reference_url = BranchReferenceFormat().get_reference(dir)
# The server shouldn't try to follow the branch reference, so it's fine
# if the referenced branch isn't reachable.
backing.rename('referenced', 'moved')
request_class = smart_dir.SmartServerBzrDirRequestCloningMetaDir
request = request_class(backing)
expected = FailedSmartServerResponse(('BranchReference',))
self.assertEqual(expected, request.execute('', 'False'))
class TestSmartServerRequestCreateRepository(tests.TestCaseWithMemoryTransport):
"""Tests for BzrDir.create_repository."""
def test_makes_repository(self):
"""When there is a bzrdir present, the call succeeds."""
backing = self.get_transport()
self.make_bzrdir('.')
request_class = bzrlib.smart.bzrdir.SmartServerRequestCreateRepository
request = request_class(backing)
reference_bzrdir_format = bzrdir.format_registry.get('pack-0.92')()
reference_format = reference_bzrdir_format.repository_format
network_name = reference_format.network_name()
expected = SuccessfulSmartServerResponse(
('ok', 'no', 'no', 'no', network_name))
self.assertEqual(expected, request.execute('', network_name, 'True'))
class TestSmartServerRequestFindRepository(tests.TestCaseWithMemoryTransport):
"""Tests for BzrDir.find_repository."""
def test_no_repository(self):
"""When there is no repository to be found, ('norepository', ) is returned."""
backing = self.get_transport()
request = self._request_class(backing)
self.make_bzrdir('.')
self.assertEqual(SmartServerResponse(('norepository', )),
request.execute(''))
def test_nonshared_repository(self):
# nonshared repositorys only allow 'find' to return a handle when the
# path the repository is being searched on is the same as that that
# the repository is at.
backing = self.get_transport()
request = self._request_class(backing)
result = self._make_repository_and_result()
self.assertEqual(result, request.execute(''))
self.make_bzrdir('subdir')
self.assertEqual(SmartServerResponse(('norepository', )),
request.execute('subdir'))
def _make_repository_and_result(self, shared=False, format=None):
"""Convenience function to setup a repository.
:result: The SmartServerResponse to expect when opening it.
"""
repo = self.make_repository('.', shared=shared, format=format)
if repo.supports_rich_root():
rich_root = 'yes'
else:
rich_root = 'no'
if repo._format.supports_tree_reference:
subtrees = 'yes'
else:
subtrees = 'no'
if repo._format.supports_external_lookups:
external = 'yes'
else:
external = 'no'
if (smart.bzrdir.SmartServerRequestFindRepositoryV3 ==
self._request_class):
return SuccessfulSmartServerResponse(
('ok', '', rich_root, subtrees, external,
repo._format.network_name()))
elif (smart.bzrdir.SmartServerRequestFindRepositoryV2 ==
self._request_class):
# All tests so far are on formats, and for non-external
# repositories.
return SuccessfulSmartServerResponse(
('ok', '', rich_root, subtrees, external))
else:
return SuccessfulSmartServerResponse(('ok', '', rich_root, subtrees))
def test_shared_repository(self):
"""When there is a shared repository, we get 'ok', 'relpath-to-repo'."""
backing = self.get_transport()
request = self._request_class(backing)
result = self._make_repository_and_result(shared=True)
self.assertEqual(result, request.execute(''))
self.make_bzrdir('subdir')
result2 = SmartServerResponse(result.args[0:1] + ('..', ) + result.args[2:])
self.assertEqual(result2,
request.execute('subdir'))
self.make_bzrdir('subdir/deeper')
result3 = SmartServerResponse(result.args[0:1] + ('../..', ) + result.args[2:])
self.assertEqual(result3,
request.execute('subdir/deeper'))
def test_rich_root_and_subtree_encoding(self):
"""Test for the format attributes for rich root and subtree support."""
backing = self.get_transport()
request = self._request_class(backing)
result = self._make_repository_and_result(format='dirstate-with-subtree')
# check the test will be valid
self.assertEqual('yes', result.args[2])
self.assertEqual('yes', result.args[3])
self.assertEqual(result, request.execute(''))
def test_supports_external_lookups_no_v2(self):
"""Test for the supports_external_lookups attribute."""
backing = self.get_transport()
request = self._request_class(backing)
result = self._make_repository_and_result(format='dirstate-with-subtree')
# check the test will be valid
self.assertEqual('no', result.args[4])
self.assertEqual(result, request.execute(''))
class TestSmartServerBzrDirRequestGetConfigFile(
tests.TestCaseWithMemoryTransport):
"""Tests for BzrDir.get_config_file."""
def test_present(self):
backing = self.get_transport()
dir = self.make_bzrdir('.')
dir.get_config().set_default_stack_on("/")
local_result = dir._get_config()._get_config_file().read()
request_class = smart_dir.SmartServerBzrDirRequestConfigFile
request = request_class(backing)
expected = SuccessfulSmartServerResponse((), local_result)
self.assertEqual(expected, request.execute(''))
def test_missing(self):
backing = self.get_transport()
dir = self.make_bzrdir('.')
request_class = smart_dir.SmartServerBzrDirRequestConfigFile
request = request_class(backing)
expected = SuccessfulSmartServerResponse((), '')
self.assertEqual(expected, request.execute(''))
class TestSmartServerRequestInitializeBzrDir(tests.TestCaseWithMemoryTransport):
def test_empty_dir(self):
"""Initializing an empty dir should succeed and do it."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestInitializeBzrDir(backing)
self.assertEqual(SmartServerResponse(('ok', )),
request.execute(''))
made_dir = bzrdir.BzrDir.open_from_transport(backing)
# no branch, tree or repository is expected with the current
# default formart.
self.assertRaises(errors.NoWorkingTree, made_dir.open_workingtree)
self.assertRaises(errors.NotBranchError, made_dir.open_branch)
self.assertRaises(errors.NoRepositoryPresent, made_dir.open_repository)
def test_missing_dir(self):
"""Initializing a missing directory should fail like the bzrdir api."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestInitializeBzrDir(backing)
self.assertRaises(errors.NoSuchFile,
request.execute, 'subdir')
def test_initialized_dir(self):
"""Initializing an extant bzrdir should fail like the bzrdir api."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestInitializeBzrDir(backing)
self.make_bzrdir('subdir')
self.assertRaises(errors.FileExists,
request.execute, 'subdir')
class TestSmartServerRequestBzrDirInitializeEx(tests.TestCaseWithMemoryTransport):
"""Basic tests for BzrDir.initialize_ex_1.16 in the smart server.
The main unit tests in test_bzrdir exercise the API comprehensively.
"""
def test_empty_dir(self):
"""Initializing an empty dir should succeed and do it."""
backing = self.get_transport()
name = self.make_bzrdir('reference')._format.network_name()
request = smart.bzrdir.SmartServerRequestBzrDirInitializeEx(backing)
self.assertEqual(SmartServerResponse(('', '', '', '', '', '', name,
'False', '', '', '')),
request.execute(name, '', 'True', 'False', 'False', '', '', '', '',
'False'))
made_dir = bzrdir.BzrDir.open_from_transport(backing)
# no branch, tree or repository is expected with the current
# default format.
self.assertRaises(errors.NoWorkingTree, made_dir.open_workingtree)
self.assertRaises(errors.NotBranchError, made_dir.open_branch)
self.assertRaises(errors.NoRepositoryPresent, made_dir.open_repository)
def test_missing_dir(self):
"""Initializing a missing directory should fail like the bzrdir api."""
backing = self.get_transport()
name = self.make_bzrdir('reference')._format.network_name()
request = smart.bzrdir.SmartServerRequestBzrDirInitializeEx(backing)
self.assertRaises(errors.NoSuchFile, request.execute, name,
'subdir/dir', 'False', 'False', 'False', '', '', '', '', 'False')
def test_initialized_dir(self):
"""Initializing an extant directory should fail like the bzrdir api."""
backing = self.get_transport()
name = self.make_bzrdir('reference')._format.network_name()
request = smart.bzrdir.SmartServerRequestBzrDirInitializeEx(backing)
self.make_bzrdir('subdir')
self.assertRaises(errors.FileExists, request.execute, name, 'subdir',
'False', 'False', 'False', '', '', '', '', 'False')
class TestSmartServerRequestOpenBranch(TestCaseWithChrootedTransport):
def test_no_branch(self):
"""When there is no branch, ('nobranch', ) is returned."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestOpenBranch(backing)
self.make_bzrdir('.')
self.assertEqual(SmartServerResponse(('nobranch', )),
request.execute(''))
def test_branch(self):
"""When there is a branch, 'ok' is returned."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestOpenBranch(backing)
self.make_branch('.')
self.assertEqual(SmartServerResponse(('ok', '')),
request.execute(''))
def test_branch_reference(self):
"""When there is a branch reference, the reference URL is returned."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestOpenBranch(backing)
branch = self.make_branch('branch')
checkout = branch.create_checkout('reference',lightweight=True)
reference_url = BranchReferenceFormat().get_reference(checkout.bzrdir)
self.assertFileEqual(reference_url, 'reference/.bzr/branch/location')
self.assertEqual(SmartServerResponse(('ok', reference_url)),
request.execute('reference'))
class TestSmartServerRequestOpenBranchV2(TestCaseWithChrootedTransport):
def test_no_branch(self):
"""When there is no branch, ('nobranch', ) is returned."""
backing = self.get_transport()
self.make_bzrdir('.')
request = smart.bzrdir.SmartServerRequestOpenBranchV2(backing)
self.assertEqual(SmartServerResponse(('nobranch', )),
request.execute(''))
def test_branch(self):
"""When there is a branch, 'ok' is returned."""
backing = self.get_transport()
expected = self.make_branch('.')._format.network_name()
request = smart.bzrdir.SmartServerRequestOpenBranchV2(backing)
self.assertEqual(SuccessfulSmartServerResponse(('branch', expected)),
request.execute(''))
def test_branch_reference(self):
"""When there is a branch reference, the reference URL is returned."""
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestOpenBranchV2(backing)
branch = self.make_branch('branch')
checkout = branch.create_checkout('reference',lightweight=True)
reference_url = BranchReferenceFormat().get_reference(checkout.bzrdir)
self.assertFileEqual(reference_url, 'reference/.bzr/branch/location')
self.assertEqual(SuccessfulSmartServerResponse(('ref', reference_url)),
request.execute('reference'))
def test_stacked_branch(self):
"""Opening a stacked branch does not open the stacked-on branch."""
trunk = self.make_branch('trunk')
feature = self.make_branch('feature')
feature.set_stacked_on_url(trunk.base)
opened_branches = []
Branch.hooks.install_named_hook('open', opened_branches.append, None)
backing = self.get_transport()
request = smart.bzrdir.SmartServerRequestOpenBranchV2(backing)
request.setup_jail()
try:
response = request.execute('feature')
finally:
request.teardown_jail()
expected_format = feature._format.network_name()
self.assertEqual(
SuccessfulSmartServerResponse(('branch', expected_format)),
response)
self.assertLength(1, opened_branches)
class TestSmartServerRequestRevisionHistory(tests.TestCaseWithMemoryTransport):
def test_empty(self):
"""For an empty branch, the body is empty."""
backing = self.get_transport()
request = smart.branch.SmartServerRequestRevisionHistory(backing)
self.make_branch('.')
self.assertEqual(SmartServerResponse(('ok', ), ''),
request.execute(''))
def test_not_empty(self):
"""For a non-empty branch, the body is empty."""
backing = self.get_transport()
request = smart.branch.SmartServerRequestRevisionHistory(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
r1 = tree.commit('1st commit')
r2 = tree.commit('2nd commit', rev_id=u'\xc8'.encode('utf-8'))
tree.unlock()
self.assertEqual(
SmartServerResponse(('ok', ), ('\x00'.join([r1, r2]))),
request.execute(''))
class TestSmartServerBranchRequest(tests.TestCaseWithMemoryTransport):
def test_no_branch(self):
"""When there is a bzrdir and no branch, NotBranchError is raised."""
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequest(backing)
self.make_bzrdir('.')
self.assertRaises(errors.NotBranchError,
request.execute, '')
def test_branch_reference(self):
"""When there is a branch reference, NotBranchError is raised."""
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequest(backing)
branch = self.make_branch('branch')
checkout = branch.create_checkout('reference',lightweight=True)
self.assertRaises(errors.NotBranchError,
request.execute, 'checkout')
class TestSmartServerBranchRequestLastRevisionInfo(tests.TestCaseWithMemoryTransport):
def test_empty(self):
"""For an empty branch, the result is ('ok', '0', 'null:')."""
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLastRevisionInfo(backing)
self.make_branch('.')
self.assertEqual(SmartServerResponse(('ok', '0', 'null:')),
request.execute(''))
def test_not_empty(self):
"""For a non-empty branch, the result is ('ok', 'revno', 'revid')."""
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLastRevisionInfo(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
rev_id_utf8 = u'\xc8'.encode('utf-8')
r1 = tree.commit('1st commit')
r2 = tree.commit('2nd commit', rev_id=rev_id_utf8)
tree.unlock()
self.assertEqual(
SmartServerResponse(('ok', '2', rev_id_utf8)),
request.execute(''))
class TestSmartServerBranchRequestGetConfigFile(tests.TestCaseWithMemoryTransport):
def test_default(self):
"""With no file, we get empty content."""
backing = self.get_transport()
request = smart.branch.SmartServerBranchGetConfigFile(backing)
branch = self.make_branch('.')
# there should be no file by default
content = ''
self.assertEqual(SmartServerResponse(('ok', ), content),
request.execute(''))
def test_with_content(self):
# SmartServerBranchGetConfigFile should return the content from
# branch.control_files.get('branch.conf') for now - in the future it may
# perform more complex processing.
backing = self.get_transport()
request = smart.branch.SmartServerBranchGetConfigFile(backing)
branch = self.make_branch('.')
branch._transport.put_bytes('branch.conf', 'foo bar baz')
self.assertEqual(SmartServerResponse(('ok', ), 'foo bar baz'),
request.execute(''))
class TestLockedBranch(tests.TestCaseWithMemoryTransport):
def get_lock_tokens(self, branch):
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
branch.repository.unlock()
return branch_token, repo_token
class TestSmartServerBranchRequestSetConfigOption(TestLockedBranch):
def test_value_name(self):
branch = self.make_branch('.')
request = smart.branch.SmartServerBranchRequestSetConfigOption(
branch.bzrdir.root_transport)
branch_token, repo_token = self.get_lock_tokens(branch)
config = branch._get_config()
result = request.execute('', branch_token, repo_token, 'bar', 'foo',
'')
self.assertEqual(SuccessfulSmartServerResponse(()), result)
self.assertEqual('bar', config.get_option('foo'))
# Cleanup
branch.unlock()
def test_value_name_section(self):
branch = self.make_branch('.')
request = smart.branch.SmartServerBranchRequestSetConfigOption(
branch.bzrdir.root_transport)
branch_token, repo_token = self.get_lock_tokens(branch)
config = branch._get_config()
result = request.execute('', branch_token, repo_token, 'bar', 'foo',
'gam')
self.assertEqual(SuccessfulSmartServerResponse(()), result)
self.assertEqual('bar', config.get_option('foo', 'gam'))
# Cleanup
branch.unlock()
class TestSmartServerBranchRequestSetTagsBytes(TestLockedBranch):
# Only called when the branch format and tags match [yay factory
# methods] so only need to test straight forward cases.
def test_set_bytes(self):
base_branch = self.make_branch('base')
tag_bytes = base_branch._get_tags_bytes()
# get_lock_tokens takes out a lock.
branch_token, repo_token = self.get_lock_tokens(base_branch)
request = smart.branch.SmartServerBranchSetTagsBytes(
self.get_transport())
response = request.execute('base', branch_token, repo_token)
self.assertEqual(None, response)
response = request.do_chunk(tag_bytes)
self.assertEqual(None, response)
response = request.do_end()
self.assertEquals(
SuccessfulSmartServerResponse(()), response)
base_branch.unlock()
def test_lock_failed(self):
base_branch = self.make_branch('base')
base_branch.lock_write()
tag_bytes = base_branch._get_tags_bytes()
request = smart.branch.SmartServerBranchSetTagsBytes(
self.get_transport())
self.assertRaises(errors.TokenMismatch, request.execute,
'base', 'wrong token', 'wrong token')
# The request handler will keep processing the message parts, so even
# if the request fails immediately do_chunk and do_end are still
# called.
request.do_chunk(tag_bytes)
request.do_end()
base_branch.unlock()
class SetLastRevisionTestBase(TestLockedBranch):
"""Base test case for verbs that implement set_last_revision."""
def setUp(self):
tests.TestCaseWithMemoryTransport.setUp(self)
backing_transport = self.get_transport()
self.request = self.request_class(backing_transport)
self.tree = self.make_branch_and_memory_tree('.')
def lock_branch(self):
return self.get_lock_tokens(self.tree.branch)
def unlock_branch(self):
self.tree.branch.unlock()
def set_last_revision(self, revision_id, revno):
branch_token, repo_token = self.lock_branch()
response = self._set_last_revision(
revision_id, revno, branch_token, repo_token)
self.unlock_branch()
return response
def assertRequestSucceeds(self, revision_id, revno):
response = self.set_last_revision(revision_id, revno)
self.assertEqual(SuccessfulSmartServerResponse(('ok',)), response)
class TestSetLastRevisionVerbMixin(object):
"""Mixin test case for verbs that implement set_last_revision."""
def test_set_null_to_null(self):
"""An empty branch can have its last revision set to 'null:'."""
self.assertRequestSucceeds('null:', 0)
def test_NoSuchRevision(self):
"""If the revision_id is not present, the verb returns NoSuchRevision.
"""
revision_id = 'non-existent revision'
self.assertEqual(
FailedSmartServerResponse(('NoSuchRevision', revision_id)),
self.set_last_revision(revision_id, 1))
def make_tree_with_two_commits(self):
self.tree.lock_write()
self.tree.add('')
rev_id_utf8 = u'\xc8'.encode('utf-8')
r1 = self.tree.commit('1st commit', rev_id=rev_id_utf8)
r2 = self.tree.commit('2nd commit', rev_id='rev-2')
self.tree.unlock()
def test_branch_last_revision_info_is_updated(self):
"""A branch's tip can be set to a revision that is present in its
repository.
"""
# Make a branch with an empty revision history, but two revisions in
# its repository.
self.make_tree_with_two_commits()
rev_id_utf8 = u'\xc8'.encode('utf-8')
self.tree.branch.set_revision_history([])
self.assertEqual(
(0, 'null:'), self.tree.branch.last_revision_info())
# We can update the branch to a revision that is present in the
# repository.
self.assertRequestSucceeds(rev_id_utf8, 1)
self.assertEqual(
(1, rev_id_utf8), self.tree.branch.last_revision_info())
def test_branch_last_revision_info_rewind(self):
"""A branch's tip can be set to a revision that is an ancestor of the
current tip.
"""
self.make_tree_with_two_commits()
rev_id_utf8 = u'\xc8'.encode('utf-8')
self.assertEqual(
(2, 'rev-2'), self.tree.branch.last_revision_info())
self.assertRequestSucceeds(rev_id_utf8, 1)
self.assertEqual(
(1, rev_id_utf8), self.tree.branch.last_revision_info())
def test_TipChangeRejected(self):
"""If a pre_change_branch_tip hook raises TipChangeRejected, the verb
returns TipChangeRejected.
"""
rejection_message = u'rejection message\N{INTERROBANG}'
def hook_that_rejects(params):
raise errors.TipChangeRejected(rejection_message)
Branch.hooks.install_named_hook(
'pre_change_branch_tip', hook_that_rejects, None)
self.assertEqual(
FailedSmartServerResponse(
('TipChangeRejected', rejection_message.encode('utf-8'))),
self.set_last_revision('null:', 0))
class TestSmartServerBranchRequestSetLastRevision(
SetLastRevisionTestBase, TestSetLastRevisionVerbMixin):
"""Tests for Branch.set_last_revision verb."""
request_class = smart.branch.SmartServerBranchRequestSetLastRevision
def _set_last_revision(self, revision_id, revno, branch_token, repo_token):
return self.request.execute(
'', branch_token, repo_token, revision_id)
class TestSmartServerBranchRequestSetLastRevisionInfo(
SetLastRevisionTestBase, TestSetLastRevisionVerbMixin):
"""Tests for Branch.set_last_revision_info verb."""
request_class = smart.branch.SmartServerBranchRequestSetLastRevisionInfo
def _set_last_revision(self, revision_id, revno, branch_token, repo_token):
return self.request.execute(
'', branch_token, repo_token, revno, revision_id)
def test_NoSuchRevision(self):
"""Branch.set_last_revision_info does not have to return
NoSuchRevision if the revision_id is absent.
"""
raise tests.TestNotApplicable()
class TestSmartServerBranchRequestSetLastRevisionEx(
SetLastRevisionTestBase, TestSetLastRevisionVerbMixin):
"""Tests for Branch.set_last_revision_ex verb."""
request_class = smart.branch.SmartServerBranchRequestSetLastRevisionEx
def _set_last_revision(self, revision_id, revno, branch_token, repo_token):
return self.request.execute(
'', branch_token, repo_token, revision_id, 0, 0)
def assertRequestSucceeds(self, revision_id, revno):
response = self.set_last_revision(revision_id, revno)
self.assertEqual(
SuccessfulSmartServerResponse(('ok', revno, revision_id)),
response)
def test_branch_last_revision_info_rewind(self):
"""A branch's tip can be set to a revision that is an ancestor of the
current tip, but only if allow_overwrite_descendant is passed.
"""
self.make_tree_with_two_commits()
rev_id_utf8 = u'\xc8'.encode('utf-8')
self.assertEqual(
(2, 'rev-2'), self.tree.branch.last_revision_info())
# If allow_overwrite_descendant flag is 0, then trying to set the tip
# to an older revision ID has no effect.
branch_token, repo_token = self.lock_branch()
response = self.request.execute(
'', branch_token, repo_token, rev_id_utf8, 0, 0)
self.assertEqual(
SuccessfulSmartServerResponse(('ok', 2, 'rev-2')),
response)
self.assertEqual(
(2, 'rev-2'), self.tree.branch.last_revision_info())
# If allow_overwrite_descendant flag is 1, then setting the tip to an
# ancestor works.
response = self.request.execute(
'', branch_token, repo_token, rev_id_utf8, 0, 1)
self.assertEqual(
SuccessfulSmartServerResponse(('ok', 1, rev_id_utf8)),
response)
self.unlock_branch()
self.assertEqual(
(1, rev_id_utf8), self.tree.branch.last_revision_info())
def make_branch_with_divergent_history(self):
"""Make a branch with divergent history in its repo.
The branch's tip will be 'child-2', and the repo will also contain
'child-1', which diverges from a common base revision.
"""
self.tree.lock_write()
self.tree.add('')
r1 = self.tree.commit('1st commit')
revno_1, revid_1 = self.tree.branch.last_revision_info()
r2 = self.tree.commit('2nd commit', rev_id='child-1')
# Undo the second commit
self.tree.branch.set_last_revision_info(revno_1, revid_1)
self.tree.set_parent_ids([revid_1])
# Make a new second commit, child-2. child-2 has diverged from
# child-1.
new_r2 = self.tree.commit('2nd commit', rev_id='child-2')
self.tree.unlock()
def test_not_allow_diverged(self):
"""If allow_diverged is not passed, then setting a divergent history
returns a Diverged error.
"""
self.make_branch_with_divergent_history()
self.assertEqual(
FailedSmartServerResponse(('Diverged',)),
self.set_last_revision('child-1', 2))
# The branch tip was not changed.
self.assertEqual('child-2', self.tree.branch.last_revision())
def test_allow_diverged(self):
"""If allow_diverged is passed, then setting a divergent history
succeeds.
"""
self.make_branch_with_divergent_history()
branch_token, repo_token = self.lock_branch()
response = self.request.execute(
'', branch_token, repo_token, 'child-1', 1, 0)
self.assertEqual(
SuccessfulSmartServerResponse(('ok', 2, 'child-1')),
response)
self.unlock_branch()
# The branch tip was changed.
self.assertEqual('child-1', self.tree.branch.last_revision())
class TestSmartServerBranchRequestGetParent(tests.TestCaseWithMemoryTransport):
def test_get_parent_none(self):
base_branch = self.make_branch('base')
request = smart.branch.SmartServerBranchGetParent(self.get_transport())
response = request.execute('base')
self.assertEquals(
SuccessfulSmartServerResponse(('',)), response)
def test_get_parent_something(self):
base_branch = self.make_branch('base')
base_branch.set_parent(self.get_url('foo'))
request = smart.branch.SmartServerBranchGetParent(self.get_transport())
response = request.execute('base')
self.assertEquals(
SuccessfulSmartServerResponse(("../foo",)),
response)
class TestSmartServerBranchRequestSetParent(tests.TestCaseWithMemoryTransport):
def test_set_parent_none(self):
branch = self.make_branch('base', format="1.9")
branch.lock_write()
branch._set_parent_location('foo')
branch.unlock()
request = smart.branch.SmartServerBranchRequestSetParentLocation(
self.get_transport())
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
try:
response = request.execute('base', branch_token, repo_token, '')
finally:
branch.repository.unlock()
branch.unlock()
self.assertEqual(SuccessfulSmartServerResponse(()), response)
self.assertEqual(None, branch.get_parent())
def test_set_parent_something(self):
branch = self.make_branch('base', format="1.9")
request = smart.branch.SmartServerBranchRequestSetParentLocation(
self.get_transport())
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
try:
response = request.execute('base', branch_token, repo_token,
'http://bar/')
finally:
branch.repository.unlock()
branch.unlock()
self.assertEqual(SuccessfulSmartServerResponse(()), response)
self.assertEqual('http://bar/', branch.get_parent())
class TestSmartServerBranchRequestGetTagsBytes(tests.TestCaseWithMemoryTransport):
# Only called when the branch format and tags match [yay factory
# methods] so only need to test straight forward cases.
def test_get_bytes(self):
base_branch = self.make_branch('base')
request = smart.branch.SmartServerBranchGetTagsBytes(
self.get_transport())
response = request.execute('base')
self.assertEquals(
SuccessfulSmartServerResponse(('',)), response)
class TestSmartServerBranchRequestGetStackedOnURL(tests.TestCaseWithMemoryTransport):
def test_get_stacked_on_url(self):
base_branch = self.make_branch('base', format='1.6')
stacked_branch = self.make_branch('stacked', format='1.6')
# typically should be relative
stacked_branch.set_stacked_on_url('../base')
request = smart.branch.SmartServerBranchRequestGetStackedOnURL(
self.get_transport())
response = request.execute('stacked')
self.assertEquals(
SmartServerResponse(('ok', '../base')),
response)
class TestSmartServerBranchRequestLockWrite(tests.TestCaseWithMemoryTransport):
def setUp(self):
tests.TestCaseWithMemoryTransport.setUp(self)
def test_lock_write_on_unlocked_branch(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.', format='knit')
repository = branch.repository
response = request.execute('')
branch_nonce = branch.control_files._lock.peek().get('nonce')
repository_nonce = repository.control_files._lock.peek().get('nonce')
self.assertEqual(
SmartServerResponse(('ok', branch_nonce, repository_nonce)),
response)
# The branch (and associated repository) is now locked. Verify that
# with a new branch object.
new_branch = repository.bzrdir.open_branch()
self.assertRaises(errors.LockContention, new_branch.lock_write)
# Cleanup
request = smart.branch.SmartServerBranchRequestUnlock(backing)
response = request.execute('', branch_nonce, repository_nonce)
def test_lock_write_on_locked_branch(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.')
branch_token = branch.lock_write()
branch.leave_lock_in_place()
branch.unlock()
response = request.execute('')
self.assertEqual(
SmartServerResponse(('LockContention',)), response)
# Cleanup
branch.lock_write(branch_token)
branch.dont_leave_lock_in_place()
branch.unlock()
def test_lock_write_with_tokens_on_locked_branch(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.', format='knit')
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
branch.repository.unlock()
branch.leave_lock_in_place()
branch.repository.leave_lock_in_place()
branch.unlock()
response = request.execute('',
branch_token, repo_token)
self.assertEqual(
SmartServerResponse(('ok', branch_token, repo_token)), response)
# Cleanup
branch.repository.lock_write(repo_token)
branch.repository.dont_leave_lock_in_place()
branch.repository.unlock()
branch.lock_write(branch_token)
branch.dont_leave_lock_in_place()
branch.unlock()
def test_lock_write_with_mismatched_tokens_on_locked_branch(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.', format='knit')
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
branch.repository.unlock()
branch.leave_lock_in_place()
branch.repository.leave_lock_in_place()
branch.unlock()
response = request.execute('',
branch_token+'xxx', repo_token)
self.assertEqual(
SmartServerResponse(('TokenMismatch',)), response)
# Cleanup
branch.repository.lock_write(repo_token)
branch.repository.dont_leave_lock_in_place()
branch.repository.unlock()
branch.lock_write(branch_token)
branch.dont_leave_lock_in_place()
branch.unlock()
def test_lock_write_on_locked_repo(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.', format='knit')
repo = branch.repository
repo_token = repo.lock_write()
repo.leave_lock_in_place()
repo.unlock()
response = request.execute('')
self.assertEqual(
SmartServerResponse(('LockContention',)), response)
# Cleanup
repo.lock_write(repo_token)
repo.dont_leave_lock_in_place()
repo.unlock()
def test_lock_write_on_readonly_transport(self):
backing = self.get_readonly_transport()
request = smart.branch.SmartServerBranchRequestLockWrite(backing)
branch = self.make_branch('.')
root = self.get_transport().clone('/')
path = urlutils.relative_url(root.base, self.get_transport().base)
response = request.execute(path)
error_name, lock_str, why_str = response.args
self.assertFalse(response.is_successful())
self.assertEqual('LockFailed', error_name)
class TestSmartServerBranchRequestUnlock(tests.TestCaseWithMemoryTransport):
def setUp(self):
tests.TestCaseWithMemoryTransport.setUp(self)
def test_unlock_on_locked_branch_and_repo(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestUnlock(backing)
branch = self.make_branch('.', format='knit')
# Lock the branch
branch_token = branch.lock_write()
repo_token = branch.repository.lock_write()
branch.repository.unlock()
# Unlock the branch (and repo) object, leaving the physical locks
# in place.
branch.leave_lock_in_place()
branch.repository.leave_lock_in_place()
branch.unlock()
response = request.execute('',
branch_token, repo_token)
self.assertEqual(
SmartServerResponse(('ok',)), response)
# The branch is now unlocked. Verify that with a new branch
# object.
new_branch = branch.bzrdir.open_branch()
new_branch.lock_write()
new_branch.unlock()
def test_unlock_on_unlocked_branch_unlocked_repo(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestUnlock(backing)
branch = self.make_branch('.', format='knit')
response = request.execute(
'', 'branch token', 'repo token')
self.assertEqual(
SmartServerResponse(('TokenMismatch',)), response)
def test_unlock_on_unlocked_branch_locked_repo(self):
backing = self.get_transport()
request = smart.branch.SmartServerBranchRequestUnlock(backing)
branch = self.make_branch('.', format='knit')
# Lock the repository.
repo_token = branch.repository.lock_write()
branch.repository.leave_lock_in_place()
branch.repository.unlock()
# Issue branch lock_write request on the unlocked branch (with locked
# repo).
response = request.execute(
'', 'branch token', repo_token)
self.assertEqual(
SmartServerResponse(('TokenMismatch',)), response)
# Cleanup
branch.repository.lock_write(repo_token)
branch.repository.dont_leave_lock_in_place()
branch.repository.unlock()
class TestSmartServerRepositoryRequest(tests.TestCaseWithMemoryTransport):
def test_no_repository(self):
"""Raise NoRepositoryPresent when there is a bzrdir and no repo."""
# we test this using a shared repository above the named path,
# thus checking the right search logic is used - that is, that
# its the exact path being looked at and the server is not
# searching.
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryRequest(backing)
self.make_repository('.', shared=True)
self.make_bzrdir('subdir')
self.assertRaises(errors.NoRepositoryPresent,
request.execute, 'subdir')
class TestSmartServerRepositoryGetParentMap(tests.TestCaseWithMemoryTransport):
def test_trivial_bzipped(self):
# This tests that the wire encoding is actually bzipped
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetParentMap(backing)
tree = self.make_branch_and_memory_tree('.')
self.assertEqual(None,
request.execute('', 'missing-id'))
# Note that it returns a body that is bzipped.
self.assertEqual(
SuccessfulSmartServerResponse(('ok', ), bz2.compress('')),
request.do_body('\n\n0\n'))
def test_trivial_include_missing(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetParentMap(backing)
tree = self.make_branch_and_memory_tree('.')
self.assertEqual(None,
request.execute('', 'missing-id', 'include-missing:'))
self.assertEqual(
SuccessfulSmartServerResponse(('ok', ),
bz2.compress('missing:missing-id')),
request.do_body('\n\n0\n'))
class TestSmartServerRepositoryGetRevisionGraph(tests.TestCaseWithMemoryTransport):
def test_none_argument(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevisionGraph(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
r1 = tree.commit('1st commit')
r2 = tree.commit('2nd commit', rev_id=u'\xc8'.encode('utf-8'))
tree.unlock()
# the lines of revision_id->revision_parent_list has no guaranteed
# order coming out of a dict, so sort both our test and response
lines = sorted([' '.join([r2, r1]), r1])
response = request.execute('', '')
response.body = '\n'.join(sorted(response.body.split('\n')))
self.assertEqual(
SmartServerResponse(('ok', ), '\n'.join(lines)), response)
def test_specific_revision_argument(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevisionGraph(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
rev_id_utf8 = u'\xc9'.encode('utf-8')
r1 = tree.commit('1st commit', rev_id=rev_id_utf8)
r2 = tree.commit('2nd commit', rev_id=u'\xc8'.encode('utf-8'))
tree.unlock()
self.assertEqual(SmartServerResponse(('ok', ), rev_id_utf8),
request.execute('', rev_id_utf8))
def test_no_such_revision(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevisionGraph(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
r1 = tree.commit('1st commit')
tree.unlock()
# Note that it still returns body (of zero bytes).
self.assertEqual(
SmartServerResponse(('nosuchrevision', 'missingrevision', ), ''),
request.execute('', 'missingrevision'))
class TestSmartServerRepositoryGetRevIdForRevno(tests.TestCaseWithMemoryTransport):
def test_revno_found(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevIdForRevno(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
rev1_id_utf8 = u'\xc8'.encode('utf-8')
rev2_id_utf8 = u'\xc9'.encode('utf-8')
tree.commit('1st commit', rev_id=rev1_id_utf8)
tree.commit('2nd commit', rev_id=rev2_id_utf8)
tree.unlock()
self.assertEqual(SmartServerResponse(('ok', rev1_id_utf8)),
request.execute('', 1, (2, rev2_id_utf8)))
def test_known_revid_missing(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevIdForRevno(backing)
repo = self.make_repository('.')
self.assertEqual(
FailedSmartServerResponse(('nosuchrevision', 'ghost')),
request.execute('', 1, (2, 'ghost')))
def test_history_incomplete(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetRevIdForRevno(backing)
parent = self.make_branch_and_memory_tree('parent', format='1.9')
parent.lock_write()
parent.add([''], ['TREE_ROOT'])
r1 = parent.commit(message='first commit')
r2 = parent.commit(message='second commit')
parent.unlock()
local = self.make_branch_and_memory_tree('local', format='1.9')
local.branch.pull(parent.branch)
local.set_parent_ids([r2])
r3 = local.commit(message='local commit')
local.branch.create_clone_on_transport(
self.get_transport('stacked'), stacked_on=self.get_url('parent'))
self.assertEqual(
SmartServerResponse(('history-incomplete', 2, r2)),
request.execute('stacked', 1, (3, r3)))
class TestSmartServerRepositoryGetStream(tests.TestCaseWithMemoryTransport):
def make_two_commit_repo(self):
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
r1 = tree.commit('1st commit')
r2 = tree.commit('2nd commit', rev_id=u'\xc8'.encode('utf-8'))
tree.unlock()
repo = tree.branch.repository
return repo, r1, r2
def test_ancestry_of(self):
"""The search argument may be a 'ancestry-of' some heads'."""
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetStream(backing)
repo, r1, r2 = self.make_two_commit_repo()
fetch_spec = ['ancestry-of', r2]
lines = '\n'.join(fetch_spec)
request.execute('', repo._format.network_name())
response = request.do_body(lines)
self.assertEqual(('ok',), response.args)
stream_bytes = ''.join(response.body_stream)
self.assertStartsWith(stream_bytes, 'Bazaar pack format 1')
def test_search(self):
"""The search argument may be a 'search' of some explicit keys."""
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGetStream(backing)
repo, r1, r2 = self.make_two_commit_repo()
fetch_spec = ['search', '%s %s' % (r1, r2), 'null:', '2']
lines = '\n'.join(fetch_spec)
request.execute('', repo._format.network_name())
response = request.do_body(lines)
self.assertEqual(('ok',), response.args)
stream_bytes = ''.join(response.body_stream)
self.assertStartsWith(stream_bytes, 'Bazaar pack format 1')
class TestSmartServerRequestHasRevision(tests.TestCaseWithMemoryTransport):
def test_missing_revision(self):
"""For a missing revision, ('no', ) is returned."""
backing = self.get_transport()
request = smart.repository.SmartServerRequestHasRevision(backing)
self.make_repository('.')
self.assertEqual(SmartServerResponse(('no', )),
request.execute('', 'revid'))
def test_present_revision(self):
"""For a present revision, ('yes', ) is returned."""
backing = self.get_transport()
request = smart.repository.SmartServerRequestHasRevision(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
rev_id_utf8 = u'\xc8abc'.encode('utf-8')
r1 = tree.commit('a commit', rev_id=rev_id_utf8)
tree.unlock()
self.assertTrue(tree.branch.repository.has_revision(rev_id_utf8))
self.assertEqual(SmartServerResponse(('yes', )),
request.execute('', rev_id_utf8))
class TestSmartServerRepositoryGatherStats(tests.TestCaseWithMemoryTransport):
def test_empty_revid(self):
"""With an empty revid, we get only size an number and revisions"""
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryGatherStats(backing)
repository = self.make_repository('.')
stats = repository.gather_stats()
expected_body = 'revisions: 0\n'
self.assertEqual(SmartServerResponse(('ok', ), expected_body),
request.execute('', '', 'no'))
def test_revid_with_committers(self):
"""For a revid we get more infos."""
backing = self.get_transport()
rev_id_utf8 = u'\xc8abc'.encode('utf-8')
request = smart.repository.SmartServerRepositoryGatherStats(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
# Let's build a predictable result
tree.commit('a commit', timestamp=123456.2, timezone=3600)
tree.commit('a commit', timestamp=654321.4, timezone=0,
rev_id=rev_id_utf8)
tree.unlock()
stats = tree.branch.repository.gather_stats()
expected_body = ('firstrev: 123456.200 3600\n'
'latestrev: 654321.400 0\n'
'revisions: 2\n')
self.assertEqual(SmartServerResponse(('ok', ), expected_body),
request.execute('',
rev_id_utf8, 'no'))
def test_not_empty_repository_with_committers(self):
"""For a revid and requesting committers we get the whole thing."""
backing = self.get_transport()
rev_id_utf8 = u'\xc8abc'.encode('utf-8')
request = smart.repository.SmartServerRepositoryGatherStats(backing)
tree = self.make_branch_and_memory_tree('.')
tree.lock_write()
tree.add('')
# Let's build a predictable result
tree.commit('a commit', timestamp=123456.2, timezone=3600,
committer='foo')
tree.commit('a commit', timestamp=654321.4, timezone=0,
committer='bar', rev_id=rev_id_utf8)
tree.unlock()
stats = tree.branch.repository.gather_stats()
expected_body = ('committers: 2\n'
'firstrev: 123456.200 3600\n'
'latestrev: 654321.400 0\n'
'revisions: 2\n')
self.assertEqual(SmartServerResponse(('ok', ), expected_body),
request.execute('',
rev_id_utf8, 'yes'))
class TestSmartServerRepositoryIsShared(tests.TestCaseWithMemoryTransport):
def test_is_shared(self):
"""For a shared repository, ('yes', ) is returned."""
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryIsShared(backing)
self.make_repository('.', shared=True)
self.assertEqual(SmartServerResponse(('yes', )),
request.execute('', ))
def test_is_not_shared(self):
"""For a shared repository, ('no', ) is returned."""
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryIsShared(backing)
self.make_repository('.', shared=False)
self.assertEqual(SmartServerResponse(('no', )),
request.execute('', ))
class TestSmartServerRepositoryLockWrite(tests.TestCaseWithMemoryTransport):
def test_lock_write_on_unlocked_repo(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryLockWrite(backing)
repository = self.make_repository('.', format='knit')
response = request.execute('')
nonce = repository.control_files._lock.peek().get('nonce')
self.assertEqual(SmartServerResponse(('ok', nonce)), response)
# The repository is now locked. Verify that with a new repository
# object.
new_repo = repository.bzrdir.open_repository()
self.assertRaises(errors.LockContention, new_repo.lock_write)
# Cleanup
request = smart.repository.SmartServerRepositoryUnlock(backing)
response = request.execute('', nonce)
def test_lock_write_on_locked_repo(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryLockWrite(backing)
repository = self.make_repository('.', format='knit')
repo_token = repository.lock_write()
repository.leave_lock_in_place()
repository.unlock()
response = request.execute('')
self.assertEqual(
SmartServerResponse(('LockContention',)), response)
# Cleanup
repository.lock_write(repo_token)
repository.dont_leave_lock_in_place()
repository.unlock()
def test_lock_write_on_readonly_transport(self):
backing = self.get_readonly_transport()
request = smart.repository.SmartServerRepositoryLockWrite(backing)
repository = self.make_repository('.', format='knit')
response = request.execute('')
self.assertFalse(response.is_successful())
self.assertEqual('LockFailed', response.args[0])
class TestInsertStreamBase(tests.TestCaseWithMemoryTransport):
def make_empty_byte_stream(self, repo):
byte_stream = smart.repository._stream_to_byte_stream([], repo._format)
return ''.join(byte_stream)
class TestSmartServerRepositoryInsertStream(TestInsertStreamBase):
def test_insert_stream_empty(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryInsertStream(backing)
repository = self.make_repository('.')
response = request.execute('', '')
self.assertEqual(None, response)
response = request.do_chunk(self.make_empty_byte_stream(repository))
self.assertEqual(None, response)
response = request.do_end()
self.assertEqual(SmartServerResponse(('ok', )), response)
class TestSmartServerRepositoryInsertStreamLocked(TestInsertStreamBase):
def test_insert_stream_empty(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryInsertStreamLocked(
backing)
repository = self.make_repository('.', format='knit')
lock_token = repository.lock_write()
response = request.execute('', '', lock_token)
self.assertEqual(None, response)
response = request.do_chunk(self.make_empty_byte_stream(repository))
self.assertEqual(None, response)
response = request.do_end()
self.assertEqual(SmartServerResponse(('ok', )), response)
repository.unlock()
def test_insert_stream_with_wrong_lock_token(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryInsertStreamLocked(
backing)
repository = self.make_repository('.', format='knit')
lock_token = repository.lock_write()
self.assertRaises(
errors.TokenMismatch, request.execute, '', '', 'wrong-token')
repository.unlock()
class TestSmartServerRepositoryUnlock(tests.TestCaseWithMemoryTransport):
def setUp(self):
tests.TestCaseWithMemoryTransport.setUp(self)
def test_unlock_on_locked_repo(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryUnlock(backing)
repository = self.make_repository('.', format='knit')
token = repository.lock_write()
repository.leave_lock_in_place()
repository.unlock()
response = request.execute('', token)
self.assertEqual(
SmartServerResponse(('ok',)), response)
# The repository is now unlocked. Verify that with a new repository
# object.
new_repo = repository.bzrdir.open_repository()
new_repo.lock_write()
new_repo.unlock()
def test_unlock_on_unlocked_repo(self):
backing = self.get_transport()
request = smart.repository.SmartServerRepositoryUnlock(backing)
repository = self.make_repository('.', format='knit')
response = request.execute('', 'some token')
self.assertEqual(
SmartServerResponse(('TokenMismatch',)), response)
class TestSmartServerIsReadonly(tests.TestCaseWithMemoryTransport):
def test_is_readonly_no(self):
backing = self.get_transport()
request = smart.request.SmartServerIsReadonly(backing)
response = request.execute()
self.assertEqual(
SmartServerResponse(('no',)), response)
def test_is_readonly_yes(self):
backing = self.get_readonly_transport()
request = smart.request.SmartServerIsReadonly(backing)
response = request.execute()
self.assertEqual(
SmartServerResponse(('yes',)), response)
class TestSmartServerRepositorySetMakeWorkingTrees(tests.TestCaseWithMemoryTransport):
def test_set_false(self):
backing = self.get_transport()
repo = self.make_repository('.', shared=True)
repo.set_make_working_trees(True)
request_class = smart.repository.SmartServerRepositorySetMakeWorkingTrees
request = request_class(backing)
self.assertEqual(SuccessfulSmartServerResponse(('ok',)),
request.execute('', 'False'))
repo = repo.bzrdir.open_repository()
self.assertFalse(repo.make_working_trees())
def test_set_true(self):
backing = self.get_transport()
repo = self.make_repository('.', shared=True)
repo.set_make_working_trees(False)
request_class = smart.repository.SmartServerRepositorySetMakeWorkingTrees
request = request_class(backing)
self.assertEqual(SuccessfulSmartServerResponse(('ok',)),
request.execute('', 'True'))
repo = repo.bzrdir.open_repository()
self.assertTrue(repo.make_working_trees())
class TestSmartServerPackRepositoryAutopack(tests.TestCaseWithTransport):
def make_repo_needing_autopacking(self, path='.'):
# Make a repo in need of autopacking.
tree = self.make_branch_and_tree('.', format='pack-0.92')
repo = tree.branch.repository
# monkey-patch the pack collection to disable autopacking
repo._pack_collection._max_pack_count = lambda count: count
for x in range(10):
tree.commit('commit %s' % x)
self.assertEqual(10, len(repo._pack_collection.names()))
del repo._pack_collection._max_pack_count
return repo
def test_autopack_needed(self):
repo = self.make_repo_needing_autopacking()
repo.lock_write()
self.addCleanup(repo.unlock)
backing = self.get_transport()
request = smart.packrepository.SmartServerPackRepositoryAutopack(
backing)
response = request.execute('')
self.assertEqual(SmartServerResponse(('ok',)), response)
repo._pack_collection.reload_pack_names()
self.assertEqual(1, len(repo._pack_collection.names()))
def test_autopack_not_needed(self):
tree = self.make_branch_and_tree('.', format='pack-0.92')
repo = tree.branch.repository
repo.lock_write()
self.addCleanup(repo.unlock)
for x in range(9):
tree.commit('commit %s' % x)
backing = self.get_transport()
request = smart.packrepository.SmartServerPackRepositoryAutopack(
backing)
response = request.execute('')
self.assertEqual(SmartServerResponse(('ok',)), response)
repo._pack_collection.reload_pack_names()
self.assertEqual(9, len(repo._pack_collection.names()))
def test_autopack_on_nonpack_format(self):
"""A request to autopack a non-pack repo is a no-op."""
repo = self.make_repository('.', format='knit')
backing = self.get_transport()
request = smart.packrepository.SmartServerPackRepositoryAutopack(
backing)
response = request.execute('')
self.assertEqual(SmartServerResponse(('ok',)), response)
class TestHandlers(tests.TestCase):
"""Tests for the request.request_handlers object."""
def test_all_registrations_exist(self):
"""All registered request_handlers can be found."""
# If there's a typo in a register_lazy call, this loop will fail with
# an AttributeError.
for key, item in smart.request.request_handlers.iteritems():
pass
def assertHandlerEqual(self, verb, handler):
self.assertEqual(smart.request.request_handlers.get(verb), handler)
def test_registered_methods(self):
"""Test that known methods are registered to the correct object."""
self.assertHandlerEqual('Branch.get_config_file',
smart.branch.SmartServerBranchGetConfigFile)
self.assertHandlerEqual('Branch.get_parent',
smart.branch.SmartServerBranchGetParent)
self.assertHandlerEqual('Branch.get_tags_bytes',
smart.branch.SmartServerBranchGetTagsBytes)
self.assertHandlerEqual('Branch.lock_write',
smart.branch.SmartServerBranchRequestLockWrite)
self.assertHandlerEqual('Branch.last_revision_info',
smart.branch.SmartServerBranchRequestLastRevisionInfo)
self.assertHandlerEqual('Branch.revision_history',
smart.branch.SmartServerRequestRevisionHistory)
self.assertHandlerEqual('Branch.set_config_option',
smart.branch.SmartServerBranchRequestSetConfigOption)
self.assertHandlerEqual('Branch.set_last_revision',
smart.branch.SmartServerBranchRequestSetLastRevision)
self.assertHandlerEqual('Branch.set_last_revision_info',
smart.branch.SmartServerBranchRequestSetLastRevisionInfo)
self.assertHandlerEqual('Branch.set_last_revision_ex',
smart.branch.SmartServerBranchRequestSetLastRevisionEx)
self.assertHandlerEqual('Branch.set_parent_location',
smart.branch.SmartServerBranchRequestSetParentLocation)
self.assertHandlerEqual('Branch.unlock',
smart.branch.SmartServerBranchRequestUnlock)
self.assertHandlerEqual('BzrDir.find_repository',
smart.bzrdir.SmartServerRequestFindRepositoryV1)
self.assertHandlerEqual('BzrDir.find_repositoryV2',
smart.bzrdir.SmartServerRequestFindRepositoryV2)
self.assertHandlerEqual('BzrDirFormat.initialize',
smart.bzrdir.SmartServerRequestInitializeBzrDir)
self.assertHandlerEqual('BzrDirFormat.initialize_ex_1.16',
smart.bzrdir.SmartServerRequestBzrDirInitializeEx)
self.assertHandlerEqual('BzrDir.cloning_metadir',
smart.bzrdir.SmartServerBzrDirRequestCloningMetaDir)
self.assertHandlerEqual('BzrDir.get_config_file',
smart.bzrdir.SmartServerBzrDirRequestConfigFile)
self.assertHandlerEqual('BzrDir.open_branch',
smart.bzrdir.SmartServerRequestOpenBranch)
self.assertHandlerEqual('BzrDir.open_branchV2',
smart.bzrdir.SmartServerRequestOpenBranchV2)
self.assertHandlerEqual('PackRepository.autopack',
smart.packrepository.SmartServerPackRepositoryAutopack)
self.assertHandlerEqual('Repository.gather_stats',
smart.repository.SmartServerRepositoryGatherStats)
self.assertHandlerEqual('Repository.get_parent_map',
smart.repository.SmartServerRepositoryGetParentMap)
self.assertHandlerEqual('Repository.get_rev_id_for_revno',
smart.repository.SmartServerRepositoryGetRevIdForRevno)
self.assertHandlerEqual('Repository.get_revision_graph',
smart.repository.SmartServerRepositoryGetRevisionGraph)
self.assertHandlerEqual('Repository.get_stream',
smart.repository.SmartServerRepositoryGetStream)
self.assertHandlerEqual('Repository.has_revision',
smart.repository.SmartServerRequestHasRevision)
self.assertHandlerEqual('Repository.insert_stream',
smart.repository.SmartServerRepositoryInsertStream)
self.assertHandlerEqual('Repository.insert_stream_locked',
smart.repository.SmartServerRepositoryInsertStreamLocked)
self.assertHandlerEqual('Repository.is_shared',
smart.repository.SmartServerRepositoryIsShared)
self.assertHandlerEqual('Repository.lock_write',
smart.repository.SmartServerRepositoryLockWrite)
self.assertHandlerEqual('Repository.tarball',
smart.repository.SmartServerRepositoryTarball)
self.assertHandlerEqual('Repository.unlock',
smart.repository.SmartServerRepositoryUnlock)
self.assertHandlerEqual('Transport.is_readonly',
smart.request.SmartServerIsReadonly)
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